按气体分配点噪声系数划分的卫生防护区域

IF 0.1 Q4 ACOUSTICS Akustika Pub Date : 2021-01-01 DOI:10.36336/akustika202141133
V. Tupov, V. Skvortsov
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引用次数: 0

摘要

火电厂的动力设备是周边地区的噪声源。火电厂(TPP)和区域火电厂(RTS)的供气点(GDP)是周边地区的噪声源之一。在卫生保护区边界,气体配气点的噪声可能超过卫生标准。研究表明,配气点的辐射噪声与火电厂功率(天然气消耗量)和阀门类型有关。考虑了三种用于配气点的阀门。根据天然气消耗量(火电厂用电)和阀门类型,得到了热力站配气点卫生防护区域宽度的计算公式。结果表明,根据所采用阀门的不同,卫生保护区边界处的噪声水平既可以达到卫生标准,也可以超过卫生标准。这样就可以在设计阶段选择所需的阀门类型或确定水力压裂的缓解措施。
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SANITARY PROTECTION ZONES BY NOISE FACTOR FROM GAS DISTRIBUTION POINTS
The power equipment of thermal power plants is a source of noise to the surrounding area. One of the sources of noise for the surrounding area are gas distribution points (GDP) of thermal power plants (TPP) and district thermal power plants (RTS). Noise from gas distribution points may exceed sanitary standards at the border of the sanitary protection zone. The article shows that the radiated noise from gas distribution points depends on the power of the thermal power plant (natural gas consumption) and the type of valves. Three types of valves used in gas distribution points are considered. Formulas are obtained for calculating the width of the sanitary protection zone for gas distribution points for thermal stations, depending on the consumption of natural gas (electric power of the thermal power plant) and the type of valve. It is shown that, depending on the valve used, the noise level at the border of the sanitary protection zone can either meet sanitary standards or exceed them. This allows at the design stage to select the required type of valve or to determine mitigation measures from hydraulic fracturing.
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来源期刊
Akustika
Akustika ACOUSTICS-
CiteScore
0.80
自引率
0.00%
发文量
4
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